MDD025A-N-100-N2G-040GD1

At 10 000 rpm the radial and axial loads must be minimized (well within the shaft bearing ratings), since centrifugal forces on the rotor and imbalance at this speed can cause vibration and heating; proper balancing (as provided) reduces but does not eliminate this. Adequate cooling and ensuring that the shaft seal and housing tolerate the thermal expansion are also essential to maintaining bearing life.

The 1.0 Nm brake torque ensures that the load will be held securely without drift when power is removed, useful for vertical axes or where back-driving torque could move the load. However, designs must account for cumulative load torque (gravity, inertia) to ensure the brake is sufficient under worst-case conditions.

Resolver feedback provides robust rotor position sensing even under harsh electrical/magnetic noise and temperature fluctuations, enabling accurate closed-loop control. However, compared to high-resolution encoders, resolvers may have lower resolution and require additional processing (interpolation, calibration) to reach very fine positioning tolerances.

The 0.33 Nm standstill torque defines how much load can be held or accelerated from zero without motion; higher required starting torque (e.g., overcoming static friction/inertia) will demand greater current or lead to slower start. For frequent start-stop duty cycles, ensure the drive controller can supply sufficient peak current without overheating.

A 40 mm centering diameter enables compact mounting interfaces and smaller couplings, which aids in tight machine layouts. The length-code A (shorter than longer length versions) reduces axial space needed but limits extension for cooling fins or auxiliary parts, so cable routing and service access must be planned accordingly.